TAP Controllers use a resistive touchscreen, which is activated by pressure – to avoid accidental inputs and so that artists can use their controller even with protective gloves on.
Capacitive touchscreens usually have a glass display that is coated with a transparent conductor that responds to conductive inputs (such as your fingertip!) and doesn’t require pressure to activate. Capacitive touchscreens have more of a ‘swiping’ feel and are capable of recognizing multi-touch gestures. You’re probably used to interacting with capacitive touchscreens on your smartphone or tablet.
A resistive touchscreen has a plastic screen overlay that requires pressure to activate. Resistive touchscreens have more of a ‘pressing’ or ‘tapping’ feel. Today, resistive touchscreens are less common in day-to-day life, but a lot of ATMs still use resistive touchscreens.
TAP Kiln Controllers use a resistive touchscreen. Why? Have you ever tried to use your phone with gloves on or when your fingers are coated in dust or debris? A resistive touchscreen has several important advantages when it comes to heat treat:
- You can use a TAP Controller even if you’re still wearing protective gloves when operating your kiln.
- Heat treat requires precision – resistive touchscreens are far less susceptible to accidental inputs.
- Inputs on a resistive touchscreen aren’t as affected by debris. (Note – You should regularly clean your TAP Controller’s screen, but it is designed as a piece of work equipment that can withstand studio or workspace environments).
However, even with a resistive touchscreen, TAP Controllers are snappy, responsive, with a vibrant display (unlike many ATMs). And, with a Premium Subscription to the TAP Kiln Control Mobile, you can fully control your kiln using the capacitive touchscreen on your phone or tablet if you want!